Error Codes & FAQ
- Compressor damage
- Compressor IPM module damage
- System blockage
- Damage of the EE chip of driver board
- Compressor power line not connected
- Compressor sequence connection error
- Damage of compressor
- System blockage
- Excessive running current of the unit
- Voltage drops abruptly during operation
- Excessive input voltage
- Lower input voltage
- Compressor IPM module sensor damage
- Poor contact between compressor IPM module and radiator
- Current of the outdoor DC fan is too high
- Damage of the PFC circuit components
- Reactor damage
- Damage of the PFC circuit components
- Reactor damage
- Damage of motor
- Voltage of the outoor DC fan is too high or too low
- IPM device of DC motor is faulty
- Damage of the room temperature sensor on the indoor unit
- Poor contact of the room temperature sensor on the indoor unit
- Damage of wiring of the room temperature sensor on the indoor unit
- Damage of the main PCB on the indoor unit
- Damage of the temperature sensor on the indoor unit
- Poor contact of the temperature sensor on the indoor unit
- Damage of wiring of the temperature sensor on the indoor unit
- Damage of the main PCB on the indoor unit
- Damage of the temperature sensor at N# evaporator inlet
- Poor contact of the room temperature sensor at N# evaporator inlet
- Damage of wiring of the room temperature sensor at N# evaporator inlet
- Damage of the main PCB on the outdoor unit
- Damage of the temperature sensor at N# evaporator outlet
- Poor contact of the room temperature sensor at N# evaporator outlet
- Damage of wiring of the room temperature sensor at N# evaporator outlet
- Damage of the main PCB on the outdoor unit
- Float switch disconnected or poor wiring
- Error setting of model parameters
- Drain plug
- Damage of the pump
- Low voltage
- Poor wiring
- Damange of the main PCB on the indoor unit
- Damage of the motor
- Damage of the main PCB on the indoor unit
- Damange of the main PCB on the outdoor unit
- Poor wiring
- Damange of the main PCB on the indoor unit
- Damange of the display board on the indoor unit
- Poor wiring
- Blockage of heat exchanger in indoor refrigeration unit
- Blockage of internal fan
- Damage of the environmental temperature sensor on the outdoor unit
- Poor contact of the environmental temperature sensor on the outdoor unit
- Damage of the wiring of the environmental temperature sensor on the outdoor unit
- Damage of the main PCB on the outdoor unit
- Damage of the defrosting temperature sensor on the outdoor unit
- Poor contact of the defrosting temperature sensor on the outdoor unit
- Damage of the wiring of the defrosting temperature sensor on the outdoor unit
- Damage of the main PCB on the outdoor unit
- Damage of the discharge temperature sensor on the outdoor unit
- Poor contact of the discharge temperature sensor on the outdoor unit
- Damage of the wiring of the discharge temperature sensor on the outdoor unit
- Damage of the main PCB on the outdoor unit
- Damage of the suction temperature sensor on the outdoor unit
- Poor contact of the suction temperature sensor on the outdoor unit
- Damage of the wiring of the suction temperature sensor on the outdoor unit
- Damage of the main PCB on the outdoor unit
- Damage of the temperature sensor on the outdoor unit
- Poor contact of the temperature sensor on the outdoor unit
- Damage of the wiring of the temperature sensor on the outdoor unit
- Damage of the main PCB on the outdoor unit
- Damage of four-way valve
- Damage to coil of four-way valve
- Damage of the room temperature sensor on the indoor unit
- Poor contact of the room temperature sensor on the indoor unit
- Damage of wiring of the room temperature sensor on the indoor unit
- Damage of the main PCB on the indoor unit
- Damage of the defrosting temperature sensor on the outdoor unit
- Poor contact of the defrosting temperature sensor on the outdoor unit
- Damage of the wiring of the defrosting temperature sensor on the outdoor unit
- Damage of the main PCB on the outdoor unit
- Lack of refrigerant
- Stop valve unopened
- Damage of the main PCB on the outdoor unit
- Damage of the temperature sensor on the indoor unit
- Poor contact of the temperature sensor on the indoor unit
- Damage of wiring of the temperature sensor on the indoor unit
- Damage of the main PCB on the indoor unit
- Low voltage
- Poor wiring
- Damange of the main PCB on the indoor unit
- Damage of the motor
- Damage of the main PCB on the indoor unit
- Damange of the main PCB on the outdoor unit
- Poor wiring
- Poor outdoor heat transfer
- Damange of the main PCB on the indoor unit
- Damange of the display board on the indoor unit
- Poor wiring
- Damage of motor
- Compressor damage
- Compressor IPM module damage
- System blockage
- Damage of the PFC circuit components
- Reactor damage
- Compressor power line not connected
- Compressor sequence connection error
- Damage of compressor
- System blockage
- Damage of the discharge temperature sensor on the outdoor unit
- Poor contact of the discharge temperature sensor on the outdoor unit
- Damage of the wiring of the discharge temperature sensor on the outdoor unit
- Damage of the main PCB on the outdoor unit
- Damage of compressor top cover switch
- System blockage
- Damage of the environmental temperature sensor on the outdoor unit
- Poor contact of the environmental temperature sensor on the outdoor unit
- Damage of the wiring of the environmental temperature sensor on the outdoor unit
- Damage of the main PCB on the outdoor unit
- Lack of refrigerant
- Heat exchange viscera
- Excessive input voltage
- Lower input voltage
- Damage of the driver PCB on the outdoor unit
- Damage of the main PCB on the outdoor unit
- Poor wiring
- Fault with the EE chip on the outdoor PCB
- Damage of the suction temperature sensor on the outdoor unit
- Poor contact of the suction temperature sensor on the outdoor unit
- Damage of the wiring of the suction temperature sensor on the outdoor unit
- Damage of the main PCB on the outdoor unit
- Temperature sensor shedding
- Damage of the main PCB on the outdoor unit
- System blockage
- Damage of high pressure switch
- Float switch disconnected or poor wiring
- Error setting of model parameters
- Drain plug
- Damage of the pump
- Damange of the main PCB on the indoor unit
- Damange of the display board on the indoor unit
- Poor wiring
- Damage of the temperature sensor at N# evaporator inlet
- Poor contact of the room temperature sensor at N# evaporator inlet
- Damage of wiring of the room temperature sensor at N# evaporator inlet
- Damage of the main PCB on the outdoor unit
- Lack of refrigerant
- Stop valve unopened
- Damage of low pressure switch
- Damage of the temperature sensor at N# evaporator outlet
- Poor contact of the room temperature sensor at N# evaporator outlet
- Damage of wiring of the room temperature sensor at N# evaporator outlet
- Damage of the main PCB on the outdoor unit
- Temperature sensor shedding
- Damage of the main PCB on the outdoor unit
- Lack of refrigerant
- Stop valve unopened
- Damage of low pressure switch
- Lack of refrigerant
- Heat exchange viscera
- Damage of four-way valve
- Damage to coil of four-way valve
- Damage of the driver PCB on the outdoor unit
- Damage of the main PCB on the outdoor unit
- Poor wiring
- Fault with the EE chip on the outdoor PCB
- Excessive input voltage
- Lower input voltage
- Damage of compressor
- System viscera
- Damage of compressor
- System viscera
- Damage of compressor
- Compressor power line not connected
- Compressor drive module damage
- Damage of the PFC circuit components
- Reactor damage
- Excessive running current of the unit
- Voltage drops abruptly during operation
- Sensor damage of compressor IPM module
- Sampling resistance damage
- Excessive operating power of compressor
- Compressor IPM module sensor damage
- Poor contact between compressor IPM module and radiator
Frequently Asked Questions
Our team will guide you in selecting the right system, ensuring efficient, reliable cooling tailored to your unique environment.
Our team will guide you in selecting the right system, ensuring efficient, reliable cooling tailored to your unique environment.
Our team will guide you in selecting the right system, ensuring efficient, reliable cooling tailored to your unique environment.
Our team will guide you in selecting the right system, ensuring efficient, reliable cooling tailored to your unique environment.
Our team will guide you in selecting the right system, ensuring efficient, reliable cooling tailored to your unique environment.
Our team will guide you in selecting the right system, ensuring efficient, reliable cooling tailored to your unique environment.
Our team will guide you in selecting the right system, ensuring efficient, reliable cooling tailored to your unique environment.
Ready to Feel the Comfort?
Our team will guide you in selecting the right system, ensuring efficient, reliable cooling tailored for your unique environment.

